A Topology is an abstract superclass that includes constructors, properties and methods used by other subclasses that extend it. More...

#include <Topology.h>

Inheritance diagram for Topologic::Topology:

Public Member Functions
Topology ^	AddContents (List< Topology^>^ contentTopologies, int typeFilter)
	Adds a list of Topologies as contents (non-constituent members) to another Topology of a specific type. If the type filter is 0, the contents will be added to the parent topology. Otherwise, the contents will be added to the closest sub-topology which matches the filter. More...

Topology ^	RemoveContent (Topology^ contentTopology)
	Removes a content (non-constituent member) from a Topology. More...

Topology ^	RemoveContents (List< Topology^>^ contentTopologies)
	Removes contents (non-constituent members) from a Topology. More...

Topology ^	AddApertures (System::Collections::Generic::IEnumerable< Topology^>^ apertureTopologies)
	Adds Apertures to a Topology. More...

List< Topology^> ^	SharedTopologies (Topology^ topology, int typeFilter)
	Returns the shared Topologies between the input Topology and another Topology. More...

Topology ^	Difference (Topology^ topology)
	Performs the Difference operation between the input Topology and another Topology. More...

Topology ^	Impose (Topologic::Topology^ tool)
	Imposes another Topology on the input Topology. More...

Topology ^	Imprint (Topology^ tool)
	Imprints another Topology on the input Topology. More...

Topology ^	Intersect (Topology^ topology)
	Performs the Intersection operation between the input Topology and another Topology. More...

Topology ^	Merge (Topology^ topology)
	Merges the input Topology and another Topology. More...

Topology ^	SelfMerge ()
	Merges the sub-topologies of the input Topology. More...

Topology ^	Slice (Topology^ tool)
	Slices the input Topology with another Topology. More...

Topology ^	Divide (Topology^ tool)
	Divides the input Topology with another Topology. More...

Topology ^	Union (Topology^ topology)
	Unions the input Topology and another Topology. More...

Topology ^	XOR (Topology^ topology)
	Performs an XOR operation between the input Topology and another Topology. More...

bool	ExportToBRep (String^ path)
	Exports a Topology to a BRep file (.brep). More...

String ^	Analyze ()
	Prints the topological information of a Topology. More...

bool	IsSame (Topology^ topology)
	Checks if two Topologies are the same. NOTE: This is a pointer check, not a topological or a geometry one. More...

Topology ^	ClosestSimplestSubshape (Topology^ selector)
	Returns the sub-topology that is the closest to the selector and the simplest (i.e. has the lowest dimensionality). More...

Topology ^	SelectSubtopology (Vertex^ selector, int typeFilter)
	Returns the sub-topology that is the closest to the selector Vertex and of a specific type. More...

Topology ^	ShallowCopy ()
	Copies a Topology without its contents. More...

Topology ^	SetDictionary (Dictionary< String^, Object^>^ dictionary)
	Sets a dictionary for a Topology. More...

Topology ^	SetDictionaries (List< Vertex^>^ selectors, List< Dictionary< String^, Object^>^>^ dictionaries, int typeFilter)
	Sets a list of dictionaries for a Topology. More...

Static Public Member Functions
static List< Topology^> ^	ByVerticesIndices (System::Collections::Generic::IEnumerable< Vertex^>^ vertices, System::Collections::Generic::IEnumerable< System::Collections::Generic::List< int >^>^ vertexIndices)
	Creates a Topology by a list of Vertices and a 2D list of indices of the Vertices in the first argument. An array of 1 index makes a Vertex. An array of 2 indices makes an Edge. An array of 3 indices either makes a Wire, or, when the array has at least 4 vertices and the first index is the same as the last index, a Face will be created instead. NOTE: This node currently can only create planar Faces. More...

static Topology ^	ByImportedBRep (String^ path)
	Imports a Topology from a BRep file (.brep). More...

static List< Topology^> ^	Filter (List< Topology^>^ topologies, int typeFilter)
	Filters a list of Topologies by type. This methods returns a list of Topologies of the type specified in the typefilter. More...

Public Attributes
template<class T >
where	T: Topology T Copy()
	Copies a Topology and its contents. More...

Protected Member Functions
Object ^	CleanupGeometryOutput (List< Object^>^ geometry)

Protected Member Functions inherited from Topologic::TopologicalQuery
virtual std::shared_ptr< TopologicCore::TopologicalQuery >	GetCoreTopologicalQuery ()=0

Static Protected Member Functions
static Topology ^	ByCoreTopology (const std::shared_ptr< TopologicCore::Topology > &kpCoreTopology)

Properties
int	Dimensionality `[get]`
	Returns the dimensionality of the Topology. More...

Object^	BasicGeometry `[get]`
	Creates a geometry from the Topology. More...

Object^	Geometry `[get]`
	Creates a geometry from Topology. More...

List< Topology^>^	Contents `[get]`
	Returns the contents (non-constituent members) of the input Topology. More...

List< Aperture^>^	Apertures `[get]`
	Returns the Apertures of the input Topology. More...

List< Topology^>^	SubContents `[get]`
	Returns the sub-contents (contents of the constituent members) of a Topology. More...

List< Context^>^	Contexts `[get]`
	Returns the Topologies containing the input Topology as a content. More...

Vertex^	CenterOfMass `[get]`
	Returns the center of mass of any Topology. More...

Vertex^	Centroid `[get]`
	Returns the centroid of any Topology. More...

bool	IsReversed `[get]`

List< Topology^>^	SubTopologies `[get]`
	Returns all sub-topologies (immediate constituent members) of a Topology. More...

List< Shell^>^	Shells `[get]`
	Returns the Shells constituent to the Topology. More...

List< Face^>^	Faces `[get]`
	Returns the Faces constituent to the Topology. More...

List< Wire^>^	Wires `[get]`
	Returns the Wires constituent to the Topology. More...

List< Edge^>^	Edges `[get]`
	Returns the Edges constituent to the Topology. More...

List< Vertex^>^	Vertices `[get]`
	Returns the Vertices constituent to the Topology. More...

List< Cell^>^	Cells `[get]`
	Returns the Cells constituent to the Topology. More...

List< CellComplex^>^	CellComplexes `[get]`
	Returns the CellComplexes constituent to the Topology. More...

String^	TypeAsString `[get]`
	Returns the instance type as a string. More...

int	Type `[get]`
	Returns the type associated to the Topology. More...

System::Collections::Generic::Dictionary< String^, Object^>^	Dictionary `[get]`
	Returns the dictionary of a Topology. More...

Detailed Description

A Topology is an abstract superclass that includes constructors, properties and methods used by other subclasses that extend it.

Member Function Documentation

◆ AddApertures()

Topology Topologic::Topology::AddApertures ( System::Collections::Generic::IEnumerable< Topology^>^ apertureTopologies )

Adds Apertures to a Topology.

Parameters

apertureTopologies A list of Topologies associated to the apertures

Returns: The new Topology

◆ AddContents()

Topology Topologic::Topology::AddContents	(	List< Topology^>^	contentTopologies,
		int	typeFilter
	)

Adds a list of Topologies as contents (non-constituent members) to another Topology of a specific type. If the type filter is 0, the contents will be added to the parent topology. Otherwise, the contents will be added to the closest sub-topology which matches the filter.

Parameters

contentTopologies	The Topologies of the content
typeFilter	The type of the context Topology

Returns: The new Topology

◆ Analyze()

String Topologic::Topology::Analyze ( )

Prints the topological information of a Topology.

Returns: The topological information of the input Topology

◆ ByImportedBRep()

Topology Topologic::Topology::ByImportedBRep ( String^ path )

static

Imports a Topology from a BRep file (.brep).

Parameters

path	The path to the BRep file

Returns: The loaded Topology

◆ ByVerticesIndices()

List< Topology^> Topologic::Topology::ByVerticesIndices	(	System::Collections::Generic::IEnumerable< Vertex^>^	vertices,
		System::Collections::Generic::IEnumerable< System::Collections::Generic::List< int >^>^	vertexIndices
	)

static

Creates a Topology by a list of Vertices and a 2D list of indices of the Vertices in the first argument. An array of 1 index makes a Vertex. An array of 2 indices makes an Edge. An array of 3 indices either makes a Wire, or, when the array has at least 4 vertices and the first index is the same as the last index, a Face will be created instead. NOTE: This node currently can only create planar Faces.

Parameters

vertices	A list of Vertices
vertexIndices	A 2D list of the indices of the Vertices

Returns: A Topology

◆ ClosestSimplestSubshape()

Topology Topologic::Topology::ClosestSimplestSubshape ( Topology^ selector )

Returns the sub-topology that is the closest to the selector and the simplest (i.e. has the lowest dimensionality).

Parameters

selector A Topology

Returns: The closest and simplest sub-topology to the selector

◆ Difference()

Topology Topologic::Topology::Difference ( Topology^ topology )

Performs the Difference operation between the input Topology and another Topology.

Parameters

topology Another Topology

Returns: The result of the Difference operation

◆ Divide()

Topology Topologic::Topology::Divide ( Topology^ tool )

Divides the input Topology with another Topology.

Parameters

tool	Another Topology

Returns: The result of the Divide operation

◆ ExportToBRep()

bool Topologic::Topology::ExportToBRep ( String^ path )

Exports a Topology to a BRep file (.brep).

Parameters

path	The path to the BRep file

Returns: True if the BRep file is succesffully created, otherwise false

◆ Filter()

List< Topology^> Topologic::Topology::Filter	(	List< Topology^>^	topologies,
		int	typeFilter
	)

static

Filters a list of Topologies by type. This methods returns a list of Topologies of the type specified in the typefilter.

Parameters

topologies	A list of Topologies
typeFilter	The type of the filtered Topologies

Returns: The filtered opologies

◆ Impose()

Topology Topologic::Topology::Impose ( Topologic::Topology^ tool )

Imposes another Topology on the input Topology.

Parameters

tool	Another Topology

Returns: The result of the Impose operation

◆ Imprint()

Topology Topologic::Topology::Imprint ( Topology^ tool )

Imprints another Topology on the input Topology.

Parameters

tool	Another Topology

Returns: The result of the Imprint operation

◆ Intersect()

Topology Topologic::Topology::Intersect ( Topology^ topology )

Performs the Intersection operation between the input Topology and another Topology.

Parameters

topology Another Topology

Returns: The result of the Intersection operation

◆ IsSame()

bool Topologic::Topology::IsSame ( Topology^ topology )

Checks if two Topologies are the same. NOTE: This is a pointer check, not a topological or a geometry one.

Parameters

topology Another Topology

Returns: True if the Topologies are the same, otherwise false

◆ Merge()

Topology Topologic::Topology::Merge ( Topology^ topology )

Merges the input Topology and another Topology.

Parameters

topology Another Topology

Returns: The result of the Merge operation

◆ RemoveContent()

Topology Topologic::Topology::RemoveContent ( Topology^ contentTopology )

Removes a content (non-constituent member) from a Topology.

Parameters

contentTopology The Topology of the content

Returns: The new Topology

◆ RemoveContents()

Topology Topologic::Topology::RemoveContents ( List< Topology^>^ contentTopologies )

Removes contents (non-constituent members) from a Topology.

Parameters

contentTopologies The Topologies of the contents

Returns: The new Topology

◆ SelectSubtopology()

Topology Topologic::Topology::SelectSubtopology	(	Vertex^	selector,
		int	typeFilter
	)

Returns the sub-topology that is the closest to the selector Vertex and of a specific type.

Parameters

selector	A Vertex
typeFilter	The type of the filtered Topologies

Returns: The closest sub-topology to the selector of the specified type

◆ SelfMerge()

Topology Topologic::Topology::SelfMerge ( )

Merges the sub-topologies of the input Topology.

Returns: The result of the SelfMerge operation

◆ SetDictionaries()

Topology Topologic::Topology::SetDictionaries	(	List< Vertex^>^	selectors,
		List< Dictionary< String^, Object^>^>^	dictionaries,
		int	typeFilter
	)

Sets a list of dictionaries for a Topology.

Parameters

selectors
dictionaries	A list of dictionaries
typeFilter

Returns: The Topology with the dictionary

◆ SetDictionary()

Topology Topologic::Topology::SetDictionary ( Dictionary< String^, Object^>^ dictionary )

Sets a dictionary for a Topology.

Returns: The Topology with the dictionary

◆ ShallowCopy()

Topology Topologic::Topology::ShallowCopy ( )

Copies a Topology without its contents.

Returns: The copied Topology

◆ SharedTopologies()

List< Topology^> Topologic::Topology::SharedTopologies	(	Topology^	topology,
		int	typeFilter
	)

Returns the shared Topologies between the input Topology and another Topology.

Parameters

topology	Another Topology
typeFilter	The type of the filtered Topologies

Returns: A list of shared Topologies between the input Topology and another Topology

◆ Slice()

Topology Topologic::Topology::Slice ( Topology^ tool )

Slices the input Topology with another Topology.

Parameters

tool	Another Topology

Returns: The result of the Slice operation

◆ Union()

Topology Topologic::Topology::Union ( Topology^ topology )

Unions the input Topology and another Topology.

Parameters

topology Another Topology

Returns: The result of the Union operation

◆ XOR()

Topology Topologic::Topology::XOR ( Topology^ topology )

Performs an XOR operation between the input Topology and another Topology.

Parameters

topology Another Topology

Returns: The result of the XOR operation

Member Data Documentation

◆ T

template<class T >

where Topologic::Topology::T

Copies a Topology and its contents.

Returns: The copied Topology

Property Documentation

◆ Apertures

List< Aperture^>^ Topologic::Topology::Apertures

get

Returns the Apertures of the input Topology.

Returns: A list of Topologies contained in the input Topology as Apertures

◆ BasicGeometry

Object^ Topologic::Topology::BasicGeometry

get

Creates a geometry from the Topology.

Returns: The host geometry counterpart of the topological entity

◆ CellComplexes

List< CellComplex^>^ Topologic::Topology::CellComplexes

get

Returns the CellComplexes constituent to the Topology.

Returns: A list of CellComplexes constituent to the Topology

◆ Cells

List< Cell^>^ Topologic::Topology::Cells

get

Returns the Cells constituent to the Topology.

Returns: A list of Cells constituent to the Topology

◆ CenterOfMass

Vertex^ Topologic::Topology::CenterOfMass

get

Returns the center of mass of any Topology.

Parameters

topology A Topology

Returns: The center of mass of the given Topology

◆ Centroid

Vertex^ Topologic::Topology::Centroid

get

Returns the centroid of any Topology.

Parameters

topology A Topology

Returns: The centroid of the given Topology

◆ Contents

List< Topology^>^ Topologic::Topology::Contents

get

Returns the contents (non-constituent members) of the input Topology.

Returns: A list of Topologies contained in the input Topology as non-constituent members

◆ Contexts

List< Context^>^ Topologic::Topology::Contexts

get

Returns the Topologies containing the input Topology as a content.

Returns: A list of the non-constituent members containing the input Topology

◆ Dictionary

System:: Collections:: Generic:: Dictionary< String^, Object^>^ Topologic::Topology::Dictionary

get

Returns the dictionary of a Topology.

Returns: The dictionary

◆ Dimensionality

int Topologic::Topology::Dimensionality

get

Returns the dimensionality of the Topology.

Returns: The Topology's dimensionality

◆ Edges

List< Edge^>^ Topologic::Topology::Edges

get

Returns the Edges constituent to the Topology.

Returns: A list of Edges constituent to the Topology

◆ Faces

List< Face^>^ Topologic::Topology::Faces

get

Returns the Faces constituent to the Topology.

Returns: A list of Faces constituent to the Topology

◆ Geometry

Object^ Topologic::Topology::Geometry

get

Creates a geometry from Topology.

Returns: The created geometry

◆ Shells

List< Shell^>^ Topologic::Topology::Shells

get

Returns the Shells constituent to the Topology.

Returns: A list of Shells constituent to the Topology

◆ SubContents

List< Topology^>^ Topologic::Topology::SubContents

get

Returns the sub-contents (contents of the constituent members) of a Topology.

Returns: A list of the sub-contents (contents of the constituent members) of a Topology

◆ SubTopologies

List< Topology^>^ Topologic::Topology::SubTopologies

get

Returns all sub-topologies (immediate constituent members) of a Topology.

Returns: A list of the sub-topologies (immediate constituent members) of a Topology

◆ Type

int Topologic::Topology::Type

get

Returns the type associated to the Topology.

Returns: The type associated to the Topology

◆ TypeAsString

String^ Topologic::Topology::TypeAsString

get

Returns the instance type as a string.

Returns: The instance type as a string

◆ Vertices

List< Vertex^>^ Topologic::Topology::Vertices

get

Returns the Vertices constituent to the Topology.

Returns: A list of Vertices constituent to the Topology

◆ Wires

List< Wire^>^ Topologic::Topology::Wires

get

Returns the Wires constituent to the Topology.

Returns: A list of Wires constituent to the Topology

The documentation for this class was generated from the following files:

include/Topology.h
src/Topology.cpp

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Member Functions

Static Protected Member Functions

Properties

Detailed Description

Member Function Documentation

◆ AddApertures()

◆ AddContents()

◆ Analyze()

◆ ByImportedBRep()

◆ ByVerticesIndices()

◆ ClosestSimplestSubshape()

◆ Difference()

◆ Divide()

◆ ExportToBRep()

◆ Filter()

◆ Impose()

◆ Imprint()

◆ Intersect()

◆ IsSame()

◆ Merge()

◆ RemoveContent()

◆ RemoveContents()

◆ SelectSubtopology()

◆ SelfMerge()

◆ SetDictionaries()

◆ SetDictionary()

◆ ShallowCopy()

◆ SharedTopologies()

◆ Slice()

◆ Union()

◆ XOR()

Member Data Documentation

◆ T

Property Documentation

◆ Apertures

◆ BasicGeometry

◆ CellComplexes

◆ Cells

◆ CenterOfMass

◆ Centroid

◆ Contents

◆ Contexts

◆ Dictionary

◆ Dimensionality

◆ Edges

◆ Faces

◆ Geometry

◆ Shells

◆ SubContents

◆ SubTopologies

◆ Type

◆ TypeAsString

◆ Vertices

◆ Wires